Persistent Memory Solutions for Efficient AI Scale-out
The Memory Revolution that powers
critical infrastructure
Breaking the Memory Wall. Building the backbone for next-generation computing.
GO BACK The bottleneck slowing progress The future of computing is running into a stubborn constraint.Memory is fast but forgetful. Storage remembers, but it is too slow. This gap between compute, memory, and storage, known as the Memory Wall, has been a challenge for...
Breaking the Memory Wall. Building the backbone for next-generation computing.
GO BACK The bottleneck slowing progress The future of computing is running into a stubborn constraint.Memory is fast but forgetful. Storage remembers, but it is too slow. This gap between compute, memory, and storage, known as the Memory Wall, has been a challenge for...
IPCEI Microelectronics and Communication Technologies – Ferroelectric Memory
GO BACK Microelectronics is an economic multiplier for almost all relevant economic sectors and has a decisive influence on how innovative and therefore economically successful Europe is. For Germany as a business location, microelectronics is a central building block...
IPCEI Microelectronics and Communication Technologies – Ferroelectric Memory
GO BACK Microelectronics is an economic multiplier for almost all relevant economic sectors and has a decisive influence on how innovative and therefore economically successful Europe is. For Germany as a business location, microelectronics is a central building block...
Hardware-based AI with 3-dimensional ferroelectric memories
GO BACK Artificial intelligence (AI) is considered a cross-industry driver of innovation and growth, but powerful models lead to a sharp increase in energy and water consumption due to cooling in data centers. The training of a single advanced AI model, for example...
Hardware-based AI with 3-dimensional ferroelectric memories
GO BACK Artificial intelligence (AI) is considered a cross-industry driver of innovation and growth, but powerful models lead to a sharp increase in energy and water consumption due to cooling in data centers. The training of a single advanced AI model, for example...
FMC’s memory technology to power real-time, data-driven decisions in critical enterprises applications across Europe and beyond. From AI data centers to industrial and automotive systems, FMC’s memory delivers the persistent, high-performance, low power storage that next-generation AI applications demand.
Persistent + Fast
DRAM speed with
media persistence
Energy-Efficient
Enables efficient-AI
scale-out
High volume manufacturing
Seamless integration in
existing factory processes
Let’s build the future of memory together
DRAM-Class Speed. Flash-Class Persistence.
DRAM+
Persistent Memory Modules
Combine speed of DRAM with data retention for AI training & low-power systems
CACHE+
Persistent CACHE+ Chiplets
Increase your inference performance with high density and persistent CACHE+
Europe cannot lead in AI without mastering memory. FMC’s DRAM+ and CACHE+ are more than technologies—they’re our path to digital sovereignty and sustainable performance.
Jean-René Lèquepeys | Deputy Director and CTO CEA-Leti
Behind the Breakthrough From Lab to Impact
An in-depth look into the people, science and insights behind FMC’s technology. For innovators and bold decision-makers.
Inside the Memory Shift
A thought leader series by FMC on the future of memory. Experts reveal how DRAM+ and CACHE+ technology is reshaping AI and infrastructure.
Fast, persistent, and ready to scale.
